Cash register and indicator



(No Model.) 6 Sheets-Sheet 1. T. J. HUME.

CASH REGISTER AND INDICATOR. No. 477,548. Patented June 21, 1892.

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Patented June 21, 1892.

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CASH REGISTER AND INDIGATOR.

(No Model.)

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Ii ni 0 (No Model.) 6 Sheets-Sheet 3.

. T. J. HUME.

CASH REGISTER AND INDICATOR.

Patented June 21, 1892.

WITNESSES:

ATTORNEY.

(No Model.)

CASH REGISTER AND INDICATOR.

No. 477,548. Patented June 21, 1892.

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WITNESSES.-

(No Model.) 6Sheets-Sheet 5. T. J. HUME.

CASH REGISTER AND INDICATOR. No. 477,548. Patented June 21, 1892.

WITNESSES:

ATTORNEY.

(No Modem 6 Sheets-Sheet 6.

T. J. HUME. CASH REGISTER AND INDICATOR.

No. 477,548. Patented June 21,1892.

W/T/VESSES. 36 INVENTOI? flmm a JAN flfl B) y W/AW ATTORNEY.

UNITED STATES PATENT OEEicE.

THOMAS J. HUME, OF ATOIIISON, KANSAS, ASSIGNOR OF ONlC-IlALF TO \VILLIAM F. GUTHRIE, OF SAME PL ACE.

CASH REGISTER AND INDICATOR.

SPECIFICATION forming part of Letters Patent No. 477,548,

dated June 21, 1892.

Application filed September 23, 1891- Serial No. 406,575, (No model.)

To aZZ whom it may concern.-

Be it known that I, THOMAS J. HUME, of Atchison,in the county of Atchison and State of Kansas, have invented new and usefullmprovements in Cash Indicators and Registers, (for which I have made application fora patent in Canada on the 28th day of September, 1891, said application being numbered 58,023,) and I do hereby declare the following to be a full, clear, and exact description of said invention, reference being had to the accompanying drawings, and to the letters of reference marked thereon, which form a part of this specification.

The object of my invention is to provide an improved cash indicating and registering apparatus which shall be cheap in construction, easy and accurate in operation, capable of indicating in a single sum at a common point the various amounts within the capacity of the machine, and totalizing the registrations; and to this end my invention consists in the apparatus and in the construction, arrangement, and combination of the parts and the elements thereof, as hereinafter described and claimed.

Of the accompanying drawings, forming a part of this specification, Figure 1 represents a front elevation of the machine in its casing. Fig. 2 represents a front elevation of the operative parts above the drawer, with the casing removed and with the cents-bar elevated to indicate a forty-cent purchase Fig. 3 represents a perspective view of the operative parts above the drawer, taken from the left and rear. Fig. 4 represents a detail end view of the main shaft and the three-dollar-registering wheels thereon, the nearest and second of said wheels being partly broken away to illustrate the cams and pins for operating the arms of the weighted pawl-levers, which are also shown in said figure. Fig. 5 represents a vertical section on line 5 5 of 2, looking in the direction of the arrow 00. Fig. 5 represents a perspective view of the drums and shield. Fig. 5 is a group of perspective views of some details, as hereinafter specifically described. Fig. 5 is adetail side elevation of a pawl-and-ratchet mechanism hereinafter described, the disk 9 being partially broken out to show pawl 9 Fig. 6 represents a detail end elevation of the upper part of the mechanism on the cents side of the machine. Fig. 7 represents a detail vertical section of the drawer, showing the latch-bar V in side elevation. Fig. 8 is a detail rear view of a portion of the casing and showing the means for indicating at the rear as well as the front of the casing. Fig.

9 is a side elevation of the same and showin U both front and rear shields.

The same letters of reference represent the same parts in all of the figures; but it is to be noted that when a distinction is hereinafter made between capital letters by the addition to one of them of a primeunark the letter having the prime-niark denotes the duplicate part on the dollar side of the machine as the same letter without the mark denotes on the cents side-as, for instance, the letter J denotes the tinger-bar for the cents indicator and register, and J denotes the finger-barforthe dollar mechanism.

In the drawings, A represents a suitable casing containing a cash-drawer B, ejected by a spring I), and having as a part of the front of the casing a hinged flap C, with a lock 0, affording access to so much of the interior as is necessary in ordinary use, and having a reading-opening D in such flap.

'lheconstruction and operation of the spring and connections for ejecting the drawer may be substantially the same as shown and described in myprevious application tiled June 15, 1891, Serial No. 396,11t4, and hence need not be more fully referred to herein, as no claims are herein made thereto.

Jou rnaled on shaft E, which is suitably sup ported in a frame a and extends across the apparatus near the top, are drums F F, hearing upon their peripheral faces numerals equally spaced and hereinafterreferred to as the cent-drum and dollar-drum, respectively. On the drum F the numerals represent cents and run in multiples of five from 5 to 95, inclusive, preceded by 00, and on the drum F the numerals represent dollars and run from 1 to 19, inclusive, with a blank space immediately preceding figure 1 equal in amount to the space allotted to each of such figures 1 to 10, inclusive. At normal or the zero point the O0 on the cent-drum and the blank space on the dollardrum show through the reading-opening D.

J on rnaled on the same shaft with the drums F F and connected with them, respectively, by sleeves or other suitable connections or made integral with them are gear-wheels G G, respectively, having notched disks 9 g integral therewith or attached thereto, each of said disks g g having twenty notches. Since these notched disks are arranged to rotate with the gear-wheels G G, the sides of the notches practically form shoulders carried by the gears, which shoulders are engaged by movable and connected together only at their other parts of the mechanism, as hereinafter described. On the gear-wheels are spring pawls g g arranged to engage in forward movement and to ride over freely in backward movement ratchets h h',having twenty teeth each and smaller-than but moving with the ratchet-wheels H H, respectively, each of which also has twenty teeth and is loosely journaled on the shaft E. (See Figs. 5 and 5, the latter being a detail view looking in the opposite direction from disk g in Fig. 5.)

The object of providing the ratchet-wheels H 1-1 with the supplementary smaller ratchet wheels h h, which latter are engaged by the pawls g instead of having the said pawls engage the teeth of the larger ratchets, is to enout interference with other operative parts engagingthe teeth of said larger ratchet. The wheel H carries a-backing-piece, on the peripheral surface of which are numerals corresponding with the ratchet-teeth in multiples of five from 5 to 95, inclusive, with the sign 0O intervening, representing cents. The wheel H carries a similar backing'pieee, on the opposite side, however, on the peripheral surface of which are two sets of succeeding numerals corresponding with the ratchet-teeth, each set running from O to9, inclusive, representing units of dollars.

Intermeshing with the gear-wheels G G are vertically-moving rack-bars I I, (see Figs. 2, 3, 5, and 6,) respectively, connected at their upper ends with finger-bars J J, respectively, moving vertically in suitable guides outside of the front of the casing from below up into the casing under the flap O when the fingerbars are raised and each having nineteen fingers or handles j j, respectively, alternately projecting from opposite sides and arranged site sides, that the movement of the fingerbars the distance between any two such alternating fingers will move the gear-wheels G G, and with them the drums F F" and the wheels H H, one-twentieth of their circumthrough the indication-reading opening D and the register-openings (Z d (hereinafter described) the figures on such drums and wheels. The object of the finger-bars is through the connection described to rotate the drum and wheel suitable distances and at suitable times forward by applied energy and backward by the gravity of the finger-bars, as hereinafter described. On the case opposite each finger or handle j j is indicated the value of that finger, and the numbers for the fingers on the bar J run downwardly in multiples of five from 5 to 95,inclusive, and

on the bar J from 1 to 19, inclusive.

The proportion of the parts is such that the lifting of either finger-bar the distance from one finger to the next on the opposite side will bring the next indicating-numeral on its corresponding drum into view.

The finger and rack bars are longitudinally upper ends, as shown in Figs. 2, 5, and 6, as

by means of an angle-bracket i, and the fingerbars are located outside the front wall of the casing, while the rack-bars are located adjacent to the inner side thereof. By this means 3 slots through the casing are unnecessary and a there are practically no opportunities for 5 the entrance, accidentally or intentionally, of

substances likely to interfere with the proper working of the internal mechanism.

On the rear of each of the finger-bars J J is a vertical row of interspaced recesses j,

l adapted to be engaged by the stop-tooth 7' of the spring-actuated stop-latch j, there being a latch for each of said finger-bars. able the'said pawls to operate properly with- 1 lever, is pivoted to the sides of the frame, with its lon g horizontal portion extending across the front of the machine and in front of the fingerbarsj ust above the upper figures marked upon 5 the casin g. The ends ff of this lever are bent in behind the frame and engage under the rear 1 portion of the stop-latchesj j. A springj is A fiHgBI'JGVGIj consisting of a yoke-shaped connected with the lever j at one end behind its pivot at that end, and said spring is of a strength in excess of the combined strength of the two springs for the two latches. Therefore when the lever j is in its normal position 3 the tension of its spring 3' overcoming that 1 of the spring of the latches, holds each of the llatches with its tooth j out of engagement 5 with the back of its adjacent finger-bar; but it the front horizontal portion of the lever- 5 frame j be lifted positively, then the teeth of the stop-latches will be carried forward by the springs j of the latches against the back of the 1 finger-bars and adapted to enter any one ofthe series of recesses j as it comes opposite I the tooth for the respective bar. The location at such distances apart, alternately,on oppoof these recesses is so proportioned that when i thefinger of the operator elevates a bar and tits rack and engages and elevates the front bar of the lever j the tooth of a latch will enter the next recess 3' approaching it and momentarily arrest the motion of the finger-bar ferential distance, so as to properly display and rack, and thus prevent excessive motion of the parts due to inertia. To prevent the ICC the uprights of the frame a of the apparatus by screws (see Figs. 3 and 6) and have bent portions, forming flanges 70, Figs. 3, 5, and 5", to engage at times, under the tension of suitable springs, with the teeth of the notched disks 9 g against their forward r0- tation. The pawl-plates K K have upward extensions 70 k each of which is adapted to be engaged by a pin 9 Figs. 5 and 6, which projects from a notched disk g or g toward the nearest side of the casing just before and at the zero-point in backward rotation of said disks. The extensions 7& of the plates K K carry pins k Figs. 5 and 5 adapted to be engaged at times with the recesses Z of the latch-plates L L. Pivoted on the frame a by the screws Z are gravity-latches L L, from which project on the sides opposite the nearest sides of the casing pins Z, Figs. 5, 5 and t). The latches L L have locking-recesses Z Pivoted on the same screws 7t 7t with the plates K K are pawl-plates M M, with bent porlions forming flanges m, adapted to engage at times, under the tension of suitable springs, the teeth of the notched disks g g against backward motion. On the plates M M are pins on, adapted to be engaged at times by the recesses p of the latch-plates P P, hereinafter described. Suitably supported in the frame a is a rocking shaft N, Figs. 3 and 6, having a bent portion at at one end and having fixedly secured to it arms 0 O, to which are pivoted by screws 0 latch-leversPP,subject to the tension of springs 12 and stopped by pins 1), which are carried by arms 0 0, said levers havinglocking-recesses p to engage at times pins m. (See Figs. 5 and 6.) From the gear-wheels G G on the sides opposite the nearest sides of the casing project pins 9 which engage the upper portion of the latchlevers P P just before and at the zero-point of backward rotation of the gear-wheels G G. Projecting from the sides of the arms 0 0 epposite the nearest side of the casing are pins 0 Figs. 5 and 5", adapted to engage the pins Z when the arms 0 O are elevated, as hereinafter described. The said arms 0 0 are rigidlysecured to the rocking shaft N. The shaftN (see Fig. 3) is rocked and the arms 0 0 elevated and depressed through the action of a controlling-lever R, connected with the bent end n of the rocking shaft N by a link Q, havinga slotq,

' in which plays apin 0' on thelever R, the slot (1 permitting the leverRto haveacertain amount of lost motion relative to the link Q. The le-, ver Rprojects through the casing, so as to be operated by the hand from the outside, and is normally held elevated by the action of a spring 7". The lever R is depressed by the hand of the operatorin the act of effacing one indication and setting the apparatus to prepare it for making another indication and reg istration by elevating the finger-bars J J", the lever it when released being raised again by its spring 0" after the indication and registration is completed.

Supported on another standard a in the casing is a bell S, and on the same standard in suitable position is a plate 3, pivoted 011 a screw .9, and from which extends upwardly a bell-striker The spring 8 connected to the base of the machine and to the lower end of the plate 8, has a tendency to move the plate .9, so as to throw the striker 5 against the bell S, the action of the spring being limited by the stop 8" on the standard a. Pivoted on the plate 3 is a gravity trip-plate s", the action of which is limited by the pin 5 on the plate 8, playing through a hole 8 in the trip-plate s. A projecting part 5 on the trip 5 is in the path of the movement of a pin "1' on the lever B, so disposed that on the depression of the lever R thepin 0 passes freely down under the projection s of the gravity trip-plate, and when the leverR rises the pin r engages under the projection 3 tilting the plate .9 against the action of the spring .9 until the pin 7' has passed along and beyond the bevel of the projecting portion, as shown, when the action of the spring 3 restores the plate 8 to normal position, thereby causing the bellstriker to sound the bell.

On the lever R is a pivoted gravity-lever 1, connected by link 7* to the latch-bar r, pivoted to the front of the casing just over the drawer, the other end of said bar engaging the rear side of the spring-pressed drawer 13 to hold it locked against the action of the ejectingspring when the free end of the lever 1- is left depressed. On the lever r is a pin 0, adapted to be engaged by the latch-recess r of the latch-lever r", pivoted on the lever R and subject to the action of spring T The upper end of the latch-lever 0" is beveled to engage a pin a on the bell-supporting standard a. When the IQVOIR is depressed, as the bevel on the lever r" rides along the pin a the spring T iS free to draw the recess 1 into engagement with the pin 0' and as the lever R rises again raises the lever r, and with it the drawer latch-bar 7', until the bevel, riding along the pin a has moved the latchrecess out of engagement with the pin 0, allowing the lever *1"*, and with it the drawer latch-bar 7"", to fall. When the drawer latchbar is raised, the drawer is ejected by its spring I), and the drawer latch-bar when released falls intoa position to lock the drawer when closed by the hand of the operator.

On the ratchet-wheel H is a cam 7L2, (see Fi 6,) over which rides a dependent arm Z, secured to the adjacent end of the weighted rocking frame T, hung on the shaft c, which is supported in the frame a, so that on each revolution of the wheel II the arm 1, riding over the cam 72 rises, and thereby raises the free side of the frame T. On the opposite end of the frame T is pivoted a pawl Z having a spring connected thereto to cause it to engage with the teeth of the ratchet H. The

frame T rises sufficiently under the action of the cam ZL2 to raise the pawl Z into engagement with the next succeeding teeth of the ratchet H. (See Fig. 3.) When the arm Z has passed over the tip of the cam the weighted 3 3 wheel H to operate the arm 25 of the rocking weighted frame T is to render uniform the frame T falls by gravity and the pawl 6 carries the ratchet-wheel H around one tooth, thereby transferring the value of a complete revolution of the wheel H-to wit, one dollar to the ratchet H, each tooth of which represents one dollar.

Pivoted on the shaft 6 is a weighted lever t carrying a spring-held pawl t engaging the teeth of a twenty-toothed ratchet-wheel H journaled on the shaft E, with a backingpiece carrying peripheral digit-si gns arranged as on wheel H, said digits representing the tens of dollars. Thelever t carriesarigiddepending arm 15 (see Fig. 4,) adapted to be engaged by two diametrically-opposite pins 25 extending from the backing of the wheel H toward the ratchet H so that the action of each pin 25 on the depending arm t on each half-revolution of the wheel H causes the weighted lever 25 "I for lifting the weighted lever 25 may be two i cams or two pins, as preferred. 5 at no time has a rapid motion,and in order to T render the necessary operating power uniform I prefer to employ two cams for the same reaj son that I use a cam on wheel H.

to rise sufficiently to bring the pawl 29* into engagement with the next succeeding tooth of the ratchet-wheel H so that after the pin t has passed out of engagement with the depending arm t the weighted lever drops, carrying the ratchet-wheel k forward one tooth and transferring the value of a half-revolution of i f tion of the wheel H is transferred to thewheel f H, if wheels H and H were simultaneously the wheel Hto wit, ten dollarsto the wheel Ila-each tooth of which represents ten dollars. Journaled on the shaft E is another ratchetwheel H also having twenty teeth and a backing carrying peripheral numerals from O to 19, inclusive, representing hundreds of dollars. A weighted lever 75 is mounted on the shaft E in similar manner to the frame T and lever i and carries a spring-held pawl 15 and a rigid arm t, depending from it. The

and the arm i is adapted to be engaged by either one of two pins or two cams on the side of the backing-piece of wheel H Since each half-revolution of wheel H registers $100, said amount is transferred to wheel H as each tooth thereof is operated by pawl t The leverzf is shown clearly in the perspective view, Fig. 3, and the shape of the lever i and connected parts are similar thereto.

On the side of one upright of the frame a is a pivoted lever U, (see Fig. 3,) having a pin a, which through the movement of the lever can be moved into the path of the pin a on the backing of the wheel H, which pin a is so located that it engages with the pin a and stops the wheel H at a point to display through the reading-opening d the figures 19, the highest value of the wheel H so that when its highest registry is reached the wheel H can be rotated no farther until the pin to is moved out of engagement with the pin a by the action of the lever U, which can be reached from the front of the machine by any one having a key to the lock 0 to unlock and raise the hinged flap (J. The lever Uis adapted to be held inthe position into which it is moved by any suitable holding device-as, for instance, frictional engagement between the lever U and the standard.

' of the ratchets H H.

The object of the cam 7L2 being used on the power required to rotate the wheel 1-1. If a pin were used in place of the cam, more power ;would be required when said pin would be 3 moving in contact with the arm 25 than when moving cut of such contact. The object of having pins instead of cams on wheel H to operate the arm i of lever 25 is because since 1 the rotation of said wheel H may at times be irapid (as, for instance, if $19 were to be registered at one lifting of the finger-bar J) such rapid motion might cause the wheel H to be moved to such an extent before the point of arm 2f dropped over the tip of a cam that said point of the arm would drop onto a 3 part of the cam not its lowest point. avoids this difficulty.

A pin As before stated, the means on wheel H The wheel H Since the value of each completed revolurotated forward by the finger-bars and connecting mechanism at a time when the wheel ij H was in a position to transfer the value of 1 a completed revolution to the wheel H it 3 might happen that the transferred value would be lost in the forward rotation of the wheel H as induced direct from the fingerbar, and thus a false total registered.

pawl engages the teeth of ratchet-wheel H i the wheels H and H, I provide the following To prevent the simultaneous operation of arrangement: Journaled on the frame is a rocking shaft V, carrying at one endan arm 11,

Figs. 3 and 6, adapted to be depressed as each successive tooth of the ratchet H rides over it, thereby lifting another arm 1:, Figs. 3 and 5, on the other end of the rocking shaft V, so as to throw a gravitypawl v on said arm 2; into successive engagement with the shoulders formed by the sides of the notches in disk g thus locking the disk 9 and preventing any transmission of motion through it and the gear G to the wheel H while the ratchet-wheel H is in forward motion. Suitable stop-pins, as M, may be located on the pawl v to limit the tilting motion of said pawl. On the ratchets H H are the escapements h Fig. 6, which serve to prevent motion of the ratchets with such speed as to throw them by impetus beyond the point to which they may be moved by positive motion, and which also plementary shaft 6 are spring-operated stoppawls 25 Fig. 3, to prevent backward rotation From the weighted levers t and 25 are forwardly-extending arms i from which depend pivoted hangers t", Fig. 2, the extended flanges 25 of which are in reach of the hand from the front when the hinged flap C is raised by a person having the key to its lock, and by the depression of the hangers the weighted levers t t are elevated and released to rotate the ratehets II ll in resetting the machine, as hereinafter described. Connecting the sides of the supporting-frame is a plate a with an opening (Z through which the indications on the drums may be read through the opening D in the casing. Other openings (Z (Z are formed in said plate, through which may be read, when the hinged flap is raised, the amounts registered on the peripheral surfaces of the backings on the wheels II II II H showing the total amount registered.

The central portion of the front plate a is projected forward beyond the end portions, in order that thereading-openings for the indicator-drums and registering-wheels maybe located close to said drums and wheels.

It is desirable to insure the operators closing the drawer after each indication, (except during unusually brisk business,) so as to lock the drawer against being opened surreptitiously without ringing the bell. As the depression of the lever R is necessary to each operation, this purpose is accomplished by locking the lever R against depression when the drawer is open. This is done through a depending latch-bar \V, pivoted on the left upright of the frame (see Fig. 3) at such a point that its tendency through gravity is to swing forward and bring a locking-recess 10 into engagement with the lever R. \Vhen the drawer is fully elosed,a projection on the drawer engages the lower end of the lever IV and moves it back, carrying its recess out of engagement with the lever R. lVhen the drawer opens under the stress of its spring, the lever \V is allowed to swing forward, bringing its recess into engagement with and locking the lever R against depression until the drawer is again fully closed. A cam-lever w is so pivoted to the frame with reference to the lever WV that the person having the key to unlock and raise the flap 0 can, if desired, depress an extending end of the lever 'w,and thereby cause its cam-surface to push the lever W and its recess 10 back out of engagement with the lever R, where it will remain whether the drawer is closed or not until the cam end of the lever to shall be again depressed out of engagement with the lever \V.

lVith the parts of the machine in their normal positions before operation the indicatingdrums F F and the registering-ratchets H II H H are at the zero-point, the finger-bars .I J in their depressed or rest positions, and the lever B held elevated by its spring, and the pawls K K held out of engagement with the notches in the disks g g by the action of the pins 9 on the upwardly-extending arms 76 of the pawls K K, and the latches L L are held by the action of the pins 0 on the pins Z raised above the pins and the latch-recesses p are drawn from engagement with the pins m by the action of the pins g on the levers I P, and the pawls M M are in engagement with the notched disks 9 g.

In Fig. 5 is shown a U-shaped shield Y, fitting over the drums and having its ends mounted freely on the shaft E. A spring 7 connects the shield with a stationary part, as shaft 6, and keeps the shield normally in an elevated position, and a wire or cord y con nects the shield with the controlling-lever. The spring yand connection yappear in Fig. 2, but the shield is concealed behind the plate a above the reading-opening.

As will be readily understood, when the controlling-lever is depressed the shield moves down across and behind the readingbpening, and until the controlling-lever is released no indication can be read.

In the operation of the machine the lever R is depressed, allowing the latches L L to drop into engagement with the pins 7; to lock the pawls K K out of engagement with the notched disks g g when the pins g have been moved for' ard away from the upward extensions k of the pawls K K. The gears G G, moving the drums F F and the wheels II II, are now free to move forward nnderthe action of the finger-bars, thenotches of the disksg g moving freely over the pawls M M. The linger of the operator having met and raised the outwardly-extending horizontal bar of the fingerlever j, and thereby depressed the rearwardlyextending portionsj against their spring f away from engagement with the stop-latches j, the said latches under the influence of their springs move the stop-teeth into engagement with the recessesj on the rear of the finger-bar, stopping each fingenbar, respectively, at the point where it has imparted to the gear-wheels G G, through the rack-bars I 1, sufficient motion to operate the indicating-drums and registering ratchet-wheels to indicate and register the value of the finger brought up under the leverj". Motion of the parts being stopped and the finger-bars released the stop-teethj move out of engagement with the recesses 3' but the gears G G cannot rotate backward again because of the engagement of the pawls M M with the disks 9 g. The lever R- is then released and rises under the tension of its spring, thus rocking the shaft N, and with it the arms 0 O, carrying the pins 0 thereby raising the latches L L out of engagement with the pins 7; of the pawls K K, which under the influence of their springs fall into engagement with the teeth of the disks g g, which, with their connecting mechanism, are now locked against movement in either direction,leaving the finger-bars elevated and the indication exhibited through the opening D until the lever R is depressed preparatory to another indication and registration. lVhen the arms 0 0 rise with the lever B, the latch-recesses p on the levers P l which are no longer held out of engagement by the pins g, fall into engagelhe raising of the ment with the pins m.

lever R after the indication and registration rings the bell and releases the spring-pressed money-drawer,asheretoforedescribed. When the lever R is depressed preparatory to another indication and registration, its depression carries down the arms 0 O, carrying the levers P P, bringing the pawls M M, now latched to the levers P P, down out of engagement with the teeth of the disks 9 g, at the same time withdrawing the pins 0 from under the pins Z on the latches L L. The disks g g, being released from the engagement of the pawls M M, are rotated back to the zero-point by the weight of the rackbars and finger-bars until the pins g and returning to the zero-point, would engage the extensions k of the pawls K K and the upper ends of the latch-levers P P, drawing the pawls K K out of engagement with the disksg g and releasing the pawls M Mfrom depressed engagement with the latch-levers P P to engage the disks g g and allowing the latches L L to look over the pins 7.3 when the parts would be in position to again raise the finger-bars for another indication, as before. To reset the registering mechanism at the zero-point after any number of successive registrations up to the limit have been totali'zed, the ratchet H, through its finger-bar I and intermediate connections described, is moved forward sufficiently to expose 00 through the reading-opening d. Then in the same manner the ratchet H ismoved forward to expose 0 through its reading-opening d. The ratchets H H then in order are moved forward to the zero-point through the operation of the dependent hangers t the pin a having been temporarily moved out of the path of the pin a to allow it to pass till the wheel H is moved to the zero-point.

In order to enable the amount of a purchase to be indicated at the back and front of the machine simultaneously, so that the location of the machine for use will not be restricted, I may utilize the construction now to be described.

Referring to Figs. 8 and 9, in which allthe parts of the machine, except the drums F F and the front shield '1 are omitted, Z Z are ribbons attached at one end to the drums ata f peripheral point preferably diametrically 0pposite the front reading-openingwhen the drums are at zero. These ribbons pass over guide-rollers z, suitably supported in a part of the frame and inclined, as shown, and then cross each other and are wound 011 springrollers z, which may be of a construction similar to the ordinary spring curtain-rollers to allow the ribbons to be Wound on the drums when the latter are operated by the finger-bars and to take up the slack of the said ribbons when the drums are returning to the zero-point. \Vith this construction the figures on the cents and dollar drums will extend, respectively, only to and including .45 and $9, the balance up to.95 and $19 being on the face of the ribbons which would be outward on said drums when wound thereon.

At the back of the casing is a reading-opening D, through which the ribbons show just below their crossed point, and beginning at this point, when the drums are at the zeropoint, the ribbons are provided with a series of figures corresponding to those on the drums and upper ends of the ribbons, the said figures increasing in amounts indicated toward the lower end of the ribbons.

The object of crossing the ribbons is to enable the dollar and cent numerals to be read in the same order from the rear as from the front. Inside the casing and fitted to slide vertically in suitable guides is a shield Y, having a spring connection, as at 3 to keep it normally elevated, so as to expose the ribbons through said opening. A cord or wire connection, as at fileads from the lower edge of the shield Y around a guide-pulley g to the controlling-lever R. The operation of this shield is similar to that of the shield Y for the front reading-opening and need not be further described.

Having now described my invention, what I claim, and desire to secure by Letters Patent, is-

1. In a cash register and indicator, the combination,with a casing having the lower portion of its front wall entirely closed and having an overhanging or projecting upper portion, of suitable registering mechanism within said casing, a rigid longitudinally-movable finger-bar adapted to rest in front of said lower portion of the front wall or to be moved into the projecting upper portion, and a connection solely from the upper end of said fin- 1 ger-bar to the internal registering mechanism, whereby access of dust or other foreign matter to the interior of the casin g may be avoided.

2. In a cash indicator and register, the combination, with a frame having a front plate provided with a plurality of reading-openings, of a main shaft carrying indicator-drums and registering-wheels behind said openings and a casing having a single reading-opening registering with one of the openings in the said front plate, substantially as described.

3. In a cash indicator and register, the co1nbination,with a casing having the lower portion of its front wall entirely closed and a straight vertically-movable finger-bar outside i the casing, of a rack-bar parallel thereto and inside the casing and connected to the fingerqbar only at one end, a gear-wheel meshing f with the teeth of the rack-bar, an indicator drum directly connected with the gear to rotate therewith, and registering-wheels indi- 1 rectly connected with said gear, substantially l as described.

4. Ina cash indicator and register, the combination, with the casing thereof having guides, of a finger=bar vertically movable in said guides, an indicator-drum,a direct rackandgear connection between said finger-bar and drum for imparting a rotary reciprocating motion to the drum, and registering mechanism operated by the said rack-and-gear connection, substantially as described.

5. The combination, with the casing of a cash indicator and register, of a finger-bar vertically movable inguides, a rack-bar connected at one end to said finger-bar, an indicating-drum having a gear meshing with said rack-bar, two registering-wheels, one of which is provided with ratchet-teeth and the other With means for receiving motion from the rack-bar, a weighted arm pivoted at one end and carrying a pawl engaging said teeth, and means carried by the other registering-wheel to elevate said arm, substantially as described.

6. The combination, with the casing of a cash indicatorand register, of a fin ger-bar ver-' tically movable in guides, arack-bar connected at one end to said finger-bar, an indicatingdrum having a gear meshing with said rackbar, two registering-wheels, one of which is provided with ratchet-teeth and the other with means for receiving motion from the rack-bar, a weighted arm pivoted at one end and carrying a pawl engaging said teeth, a cam secured to rotate with the other registering-wheel, and a rigid projecting arm carried by the weighted arm and resting on said cam, substantially as described.

'7. In a cash indicatorand register, the combination, with an indicating-drum, of two registering mechanisms supported by the drumshaft, one each side of the drum, a weighted frame extending past the drum and carrying a pawl at one end to operate one registering mechanism, and means operated by the other registering mechanism to lift said weighted frame, substantially as described.

8. The combination,with a rigid and vertically-reciprocating finger-bar and indicating and registering mechanisms operated there by, of a spring-held controlling-lever having connections for locking and releasing the said finger-bar relative to motion thereof in either direction.

9. The combination, with a rigid and vertically-reciprocating finger-bar and indicating and registering mechanisms operated thereby, of a money-receptacle and a springheld controlling-lever having connections for look ing and releasing the said finger-bar relative to motion thereof in either direction and permitting the opening of the money-receptacle.

10. The combination, with a rigid and vertically-reciprocating finger-bar and indicating and registering mechanisms operated thereby, of a money-receptacle and alarm and a spring-held cont rolling-lever having connections for locking and releasing the said fingerbar relative to motion thereof in either direction, operating the alarm and permitting the opening of the money-receptacle.

11. In a cash indicator and register, the combination, with a spring-opened money-receptacle, of a lock for holding the receptacle closed, a controlling-lever projecting outside the casing, a spring-held latch-lever pivoted to the controlling-lever and having one end beveled and a recess at its other end, a fixed surface for the beveled end of the latch-lever to ride against, a movable pin adapted to be engaged by the said recess, and a connection from the said pin to the lock of the moneyreceptacle, substantially as described.

12. Ina cash indicator and register, the combination, with a vertically-n1ovable finger-bar having a series of recesses, of a spring-actuated latch adapted to enter any one of said recesses, a movable bar locatedin the path of movement of the hand of the operator, connections from said bar to the latch, and a spring to cause the said connections to normally hold the latch out of engagement. with said recesses, whereby upon lifting said bar the latch will be permitted to enter a recess and momentarily arrest further elevation of the fingenbar.

1.3. The combination, with two sets of indieating and registering mechanisms, of a pcripherally-sheuldered disk or wheel connected with one of said sets, a stop-pawl or detent to engage the shoulders of said disk or wheel, and means operated by the other set of said mechanisms for vibrating said stop-pawl or detent, substantially as described.

let. The combination, with a pair of gearwheels for operating two sets of indicating and registering mechanisms, of a ratchet secured to rotate with one gear and a series of shoulders secured to rotate with the other gear, and a rock-shaft having an arm at one end engaging said ratchet and a stop-pawl at the other end to engage said shoulders, substantially as described.

15. The combination, with a pair of gearwheels for operating two sets of indicating and registering mechanisms, of a ratchet secured to rotate with one gear and a series of shoulders secured to rotate with the other gear, and a rock-shaft having an arm atone end engaging said ratchet and an arm at the other end carrying a loosely-pivoted gravity pawl to engage said shoulders, substantially as described.

16. In a registering mechanismconsisting of a pluralityof wheels with suitable transfer devices, the combination, with the highest registering-wheel of the series, of a pin projeeting laterally therefrom and a stop-pin movable into and out of the path of movement of the said wheel-pin, substantially as and for the purpose set forth.

17. In a cash indicator and register, the combination, with a straight vertically-reciprocating finger-bar adapted to operate the parts of the machine to indicate and register any one of a series of different amounts, of mechanism for preventing a second movement of said bar in an operating direction afterithas commenced a return movement until said re turn movement is completed.

18. In a cash indicator and register, the combination, with a straight verticallyneciproeating fingenbaradapted to operate the parts of the machine to indicate and register any one of a series of-different amounts, of an alarm and mechanism for preventing a second movement of said barin an operating direction after it has commenced a return movement until the alarm is operated and the said return movement is completed.

19. In a cash indicator and register, the com-- bination, with a straight vertically-reciprocating finger-bar adapted to operate the parts of the machine to indicate and register any one of a series of diiterent amounts, of mechanism for preventing a single indication resulting from successive operations in the same direction.

20. In a cash indicator and register, the combination, with a straight vertically-reciprocating finger-bar adapted to operate the parts of the machine to indicate and register any one of a series of different amounts, of a controlling device and mechanisms connected therewith to prevent successive operations of the indicator and register in the same direction during a single complete operation of the controlling device.

21. In a cash indicator and register, the coinbination,with a controlling device having connections for normally holding the indicating I mechanism against operation, of a shield normally exposing the indicator and connections between said shield and controlling device, whereby movement of said controlling device in one direction conceals the indicator and releases the indicating mechanism.

22. In a cash indicatorand register, the com bination, with a controlling-lever having connections for normally holding the indicating and registering mechanism against operation, of an indicator-drum, a shield outside of the periphery of the drum, a spring for normally rear reading-openings, of a pair of indicatingdrums visible through one opening and a pair of indicating-ribbons attached at one end to said drums and crossing each other and visible through the other reading-opening beyond the point of crossing.

25. In a cash indicator and register, the combination, with the casing having front and rear reading-openings, of a pair of indicatingdrums visible through one opening, a pair of guide-rollers and spring-rollers, and a pair I of indicating-ribbons attached to the drums,

passing over the guide-rollers, crossing each other, and connected with the spring-rollers and visible below their crossed point through the other opening, substantially as described.

26. In a cash indicator and register, the combination, with.a pair of indicating-dru ms and a pair of crossed indicating-ribbons attached to and operated by said drums, of shields for both the drums and ribbons, substantially as j described.

In testimony whereof Iaffix my signaturcin presence of two subscribing witnesses.

THOMAS J. HUME. \Vitnesses:

W. G. HUME, FRED MCCOY. 

